Communication equipment Data loggers. Model Number Legend. 1. Load Voltage 4: 40 V 5: 50 V 4. Additional functions R: Low On-resistance

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- FET elays, Low-output-capacitance and Low--resistance Type (with Low C ) World's smallest * class ew Package with Low utput Capacitance and Low esistance * As of ovember 6 urvey by. : or -: Low C =.

1 - FET elays, Low-output-capacitance and Low--resistance Type (with Low C ) World's smallest * class ew Package with Low utput Capacitance and Low esistance * As of ovember 6 urvey by. : or -: Low C =. pf Ω, CFF (standard) =.3 pf, (standard) = Ω -: Low C =. pf Ω, CFF (standard) =. pf, (standard) = Ω -: Low C =.9 pf Ω, CFF (standard) =.7 pf, (standard) = 7 Ω -: Low C = pf Ω, CFF (standard) = pf, (standard) = Ω High Ambient operating temperature: - C to + C ote: The actual product is marked differently from the image shown here. oh Compliant Application Examples emiconductor test equipment Test & measurement equipment Communication equipment Data loggers Package (nit : mm, Average) odel umber Legend -pin.. ote: The actual product is marked differently from the image shown here Load oltage : :. Additional functions : Low n-resistance. Contact form 3. Package : a (PT-) : -pin. ther informations When specifications overlap, serial code is added in the recorded order. rdering nformation Package Contact form Terminals a (PT-) urface-mounting Terminals (peak value) * Continuous load current (peak value) * Tape cut packaging odel inimum package quantity ote: To order tape packaging for elays with surface-mounting terminals, add "(T)" to the end of the model number. Tape-cut s are packaged without humidity resistance. se manual soldering to mount them. efer to common precautions. * The AC peak and DC value are given for the load voltage and continuous load current. odel Tape packaging ma - -(T) ma - -(T) pc. ma - -(T) 3 ma - -(T) inimum package quantity pcs.

2 - FET elays Absolute aximum atings (Ta = C) tem ymbol nit easurement conditions LED forward current F 3 ma LED forward current reduction rate ΔF/ C.3 ma/ C Ta C LED reverse voltage Connection temperature TJ C (AC peak/dc) FF Continuous load current (AC peak/dc) 3 ma current reduction rate Δ/ C... 3 ma/ C Ta C Pulse current lop ma t= ms, Duty=/ Connection temperature TJ C Dielectric strength between / (ee note.) (ee note.) - rms AC for min Ambient operating temperature Ta to + C Ambient storage temperature Tstg to + C With no icing or condensation oldering temperature 6 C s nput utput ote:. The dielectric strength between the input and output was checked by applying voltage between all pins as a group on the LED side and all pins as a group on the light-receiving side.. Dielectric strength between / rms is applied from production in December 6. (Before changes are rms.) Electrical Characteristics (Ta = C) tem ymbol nit easurement conditions inimum. LED forward voltage F Typical.7 F= ma aximum. everse current aximum μa = Capacitance between terminals CT Typical 3 pf =, f= Hz Trigger LED forward current FT Typical.9.7 aximum 3 ma = ma elease LED forward current FC inimum. ma FF= μa aximum resistance with Typical 7 F= ma, t< s, Ω output aximum. =Continuous load current ratings Current leakage when the relay is open LEAK aximum na FF = ratings Capacitance between terminals CFF Typical.3..7 aximum pf =, f= Hz, t< s Capacitance between / terminals C- Typical pf f= Hz, = nsulation resistance between / terminals - Typical 8 Ω -= DC, H 6% Typical..6 Turn- time aximum.. F= ma, L= Ω, ms Typical.3.3 DD= (ee note.) Turn-FF time tff aximum..3.. Equivalent rise time ET Typical F= ma, DD=., ps aximum 9 Tr(in)= ps (ee ote.3) nput utput ote: 3. Turn- and Turn-FF Times F L 3 DD T ote:. Equivalent ise Time ET= (trout trin ) m m 9% 9% F % trin nput waveform % trout utput waveform T % 9% t t FF ecommended perating Conditions For usage with high reliability, ecommended peration Conditions is a measure that takes into account the derating of Absolute aximum atings and Electrical Characteristics. Each item on this list is an independent condition, so it is not simultaneously satisfy several conditions. tem ymbol nit (AC peak/dc) DD aximum 3 inimum perating LED forward current F Typical 7. ma aximum Continuous load current (AC peak/dc) aximum 3 inimum Ambient operating temperature Ta C aximum 8

3 - Engineering Data LED forward current vs. F - Ta LED forward current F (ma) 3 3 (aximum value) Continuous load current vs. - Ta Continuous load current (ma) (aximum value) LED forward current vs. LED forward voltage LED forward current F (ma) FET elays F - F Ta=8 C Ta= C Continuous load current vs. n-state voltage Continuous load current (ma) F=mA, t<s n-state voltage () Trigger LED forward current vs. Trigger LED forward current FT (ma) =ma t<s - FT - Ta n-state resistance vs. -// - Ta n-state resistance (Ω) =Continuous Load Current atings F=mA, t<s Turn, Turn FF time vs. LED forward current -// Turn, Turn FF time, tff (μs), tff - F tff DD= L=Ω - LED forward current F (ma) Turn, Turn FF time, tff (μs) LED forward voltage F () - n-state resistance (Ω) Ta , tff - F tff DD= L=Ω LED forward current F (ma) 3

4 - Engineering Data Turn, Turn FF time vs. -//, tff - Ta Turn, Turn FF time, tff (μs) DD= L=Ω F=mA Current leakage vs. LEAK - Ta Current leakage LEAK (pa) FF=Load oltage atings tff tff Turn, Turn FF time, tff (μs), tff - Ta DD= L=Ω F=mA tff utput terminal capacitance vs. utput terminal capacitance CFF/CFF() CFF - FF FF () Current leakage vs. Current leakage LEAK (pa) - FET elays LEAK - FF FF ()

5 .3 - Appearance / Terminal Arrangement / nternal Connections Appearance (ery mall utline on-leaded) -pin Pin mark odel name * B LT.. * Actual model name marking for each model odel arking - C - A - B - FET elays Terminal Arrangement/nternal Connections (Top iew) ote:. The actual product is marked differently from the image shown here. ote:. does not appear in the model number on the elay. Dimensions (nit: mm) urface-mounting Terminals Weight:. g.±..±. Actual ounting Pad Dimensions (ecommended alue, Top iew).3±..7.8±..8±..8±..±... nless otherwise specified, the dimensional tolerance is ±. mm. ote: The actual product is marked differently from the image shown here. afety Precautions efer to the Common Precautions for All FET elays for precautions that apply to all FET elays. Application examples provided in this document are for reference only. n actual applications, confirm equipment functions and safety before using the product. Consult your representative before using the product under conditions which are not described in the manual or applying the product to nuclear control systems, railroad systems, aviation systems, vehicles, combustion systems, medical equipment, amusement machines, safety equipment, and other systems or equipment that may have a serious influence on lives and property if used improperly. ake sure that the ratings and performance characteristics of the product provide a margin of safety for the system or equipment, and be sure to provide the system or equipment with double safety mechanisms. Corporation Electronic and echanical Components Company Contact: Cat. o. K68-E- 7(8)() ote: Do not use this document to operate the nit.

Communication equipment Data loggers. Model Number Legend. 1. Load Voltage 2: 20 V 4. Additional functions R: Low On-resistance

Communication equipment Data loggers. Model Number Legend. 1. Load Voltage 2: 20 V 4. Additional functions R: Low On-resistance FET elays, Low-output-capacitance and Low--resistance Type (with Low C ) World's smallest * class ew Package with Low utput Capacitance and Low esistance * As of ovember 6 urvey by. : 3-: Low C =.4 pf